Controlling surface structure at the atomic scale is paramount to developing effective
catalysts. For example, the edge sites of MoS2 are highly catalytically active and are thus …

In this review, we comprehensively review some recent progress of two-dimensional (2D)
transition-metal dichalcogenides (TMDs) in the application of hydrogen evolution reaction …

The synthesis and use of polymer cubosomes have received significant attention in recent
years. Polymer cubosomes are highly stable colloidal particles with triply periodic minimal …

Improving both the activity and the stability of the cathode catalyst in platinum-based
polymer electrolyte fuel cells is a key technical challenge. Here, we synthesize a high …

This study investigates the self-assembly in ethylene oxide (EO)-propylene oxide (PO)-
based block copolymers (BCPs) with various molecular features like molecular weight …

Mesoporous silica materials (MSMs) produced by true liquid crystal templating (TLCT) are
often considered as direct inverted replicas of the initial lyotropic liquid crystal (LLC) phase …

We report the first synthesis of a fully contiguous large area supported thin film of highly
ordered mesoporous Ru and RuO2 and investigate the electrocatalytic properties towards …

The controlled fabrication of nanoscale materials can enable new behaviors and properties
as well as improved performance. For example, many electrochemical devices are made …

The precision control of nanoscale materials remains a challenge for the study of
nanostructure–performance relationships. Persistent micelle templates (PMT) are a kinetic …

Improving both the activity and stability of the cathode catalyst in platinum-based polymer
electrolyte fuel cells is a key technical challenge for next-generation sustainable-energy …